Unstructured grid representation characterized by a cell count, and potentially nothing else. Both the oldest and newest simulation formats are based on this format. More...

#include <UnstructuredGridRepresentation.h>

Inheritance diagram for resqml2::UnstructuredGridRepresentation:

Public Member Functions
	UnstructuredGridRepresentation (gsoap_resqml2_0_1::eml20__DataObjectReference *partialObject)

	UnstructuredGridRepresentation ()

	UnstructuredGridRepresentation (gsoap_resqml2_0_1::_resqml20__UnstructuredGridRepresentation *fromGsoap)

	UnstructuredGridRepresentation (gsoap_eml2_3::_resqml22__UnstructuredGridRepresentation *fromGsoap)

virtual	~UnstructuredGridRepresentation ()=default

virtual bool	hasGeometry () const =0

uint64_t	getXyzPointCountOfPatch (unsigned int patchIndex) const final

virtual void	getFaceIndicesOfCells (uint64_t *faceIndices) const =0

virtual void	getCumulativeFaceCountPerCell (uint64_t *cumulativeFaceCountPerCell_) const =0

uint64_t const *	getCumulativeFaceCountPerCell () const

void	getFaceCountPerCell (uint64_t *faceCountPerCell) const

virtual bool	isFaceCountOfCellsConstant () const =0

virtual unsigned int	getConstantFaceCountOfCells () const =0

virtual void	getNodeIndicesOfFaces (uint64_t *nodeIndices) const =0

virtual void	getCumulativeNodeCountPerFace (uint64_t *nodeCountPerFace) const =0

void	getNodeCountPerFace (uint64_t *nodeCountPerFace) const

virtual bool	isNodeCountOfFacesConstant () const =0

virtual unsigned int	getConstantNodeCountOfFaces () const =0

void	loadGeometry ()

void	unloadGeometry ()

unsigned int	getFaceCountOfCell (uint64_t cellIndex) const

unsigned int	getNodeCountOfFaceOfCell (uint64_t cellIndex, unsigned int localFaceIndex) const

uint64_t const *	getNodeIndicesOfFaceOfCell (uint64_t cellIndex, unsigned int localFaceIndex) const

virtual uint64_t	getCellCount () const override=0

virtual uint64_t	getFaceCount () const =0

virtual uint64_t	getNodeCount () const =0

virtual void	getCellFaceIsRightHanded (unsigned char *cellFaceIsRightHanded) const =0

virtual void	setGeometryUsingExistingDatasets (const std::string &cellFaceIsRightHanded, const std::string &points, uint64_t pointCount, eml2::AbstractHdfProxy proxy, const std::string &faceIndicesPerCell, const std::string &faceIndicesCumulativeCountPerCell, uint64_t faceCount, const std::string &nodeIndicesPerFace, const std::string &nodeIndicesCumulativeCountPerFace, gsoap_resqml2_0_1::resqml20__CellShape cellShape, resqml2::AbstractLocal3dCrs localCrs=nullptr)=0

void	setGeometry (unsigned char cellFaceIsRightHanded, double points, uint64_t pointCount, eml2::AbstractHdfProxy proxy, uint64_t faceIndicesPerCell, uint64_t faceIndicesCumulativeCountPerCell, uint64_t faceCount, uint64_t nodeIndicesPerFace, uint64_t nodeIndicesCumulativeCountPerFace, gsoap_resqml2_0_1::resqml20__CellShape cellShape, resqml2::AbstractLocal3dCrs localCrs=nullptr)

void	setTetrahedraOnlyGeometryUsingExistingDatasets (const std::string &cellFaceIsRightHanded, const std::string &points, uint64_t pointCount, uint64_t faceCount, eml2::AbstractHdfProxy proxy, const std::string &faceIndicesPerCell, const std::string &nodeIndicesPerFace, resqml2::AbstractLocal3dCrs localCrs=nullptr)
	Sets a geometry which is only defined by means of tetrahedra using some existing HDF5 dataset. More...

void	setTetrahedraOnlyGeometry (unsigned char cellFaceIsRightHanded, double points, uint64_t pointCount, uint64_t faceCount, eml2::AbstractHdfProxy proxy, uint64_t faceIndicesPerCell, uint64_t nodeIndicesPerFace, resqml2::AbstractLocal3dCrs localCrs=nullptr)
	Sets a geometry which is only defined by means of tetrahedra and creates corresponding HDF5 datasets. More...

void	setHexahedraOnlyGeometryUsingExistingDatasets (const std::string &cellFaceIsRightHanded, const std::string &points, uint64_t pointCount, uint64_t faceCount, eml2::AbstractHdfProxy proxy, const std::string &faceIndicesPerCell, const std::string &nodeIndicesPerFace, resqml2::AbstractLocal3dCrs localCrs=nullptr)

void	setHexahedraOnlyGeometry (unsigned char cellFaceIsRightHanded, double points, uint64_t pointCount, uint64_t faceCount, eml2::AbstractHdfProxy proxy, uint64_t faceIndicesPerCell, uint64_t nodeIndicesPerFace, resqml2::AbstractLocal3dCrs localCrs=nullptr)

unsigned int	getPatchCount () const final

virtual std::string	getXmlTag () const final

Public Member Functions inherited from resqml2::AbstractGridRepresentation
virtual	~AbstractGridRepresentation ()=default

std::vector< class GridConnectionSetRepresentation * >	getGridConnectionSetRepresentationSet () const

unsigned int	getGridConnectionSetRepresentationCount () const

class GridConnectionSetRepresentation *	getGridConnectionSetRepresentation (unsigned int index) const

AbstractGridRepresentation *	getParentGrid () const

common::DataObjectReference	getParentGridDor () const

std::vector< resqml2::AbstractGridRepresentation * >	getChildGridSet () const

unsigned int	getChildGridCount () const

AbstractGridRepresentation *	getChildGrid (unsigned int index) const

void	setParentWindow (uint64_t cellIndices, uint64_t cellIndexCount, class UnstructuredGridRepresentation parentGrid, eml2::AbstractHdfProxy *proxy=nullptr)

void	setParentWindow (unsigned int columnIndices, unsigned int columnIndexCount, unsigned int kLayerIndexRegridStart, unsigned int childCellCountPerInterval, unsigned int parentCellCountPerInterval, unsigned int intervalCount, class AbstractColumnLayerGridRepresentation parentGrid, eml2::AbstractHdfProxy proxy=nullptr, double childCellWeights=nullptr)

void	setParentWindow (unsigned int iCellIndexRegridStart, unsigned int childCellCountPerIInterval, unsigned int parentCellCountPerIInterval, unsigned int iIntervalCount, unsigned int jCellIndexRegridStart, unsigned int childCellCountPerJInterval, unsigned int parentCellCountPerJInterval, unsigned int jIntervalCount, unsigned int kCellIndexRegridStart, unsigned int childCellCountPerKInterval, unsigned int parentCellCountPerKInterval, unsigned int kIntervalCount, class AbstractIjkGridRepresentation parentGrid, eml2::AbstractHdfProxy proxy=nullptr, double iChildCellWeights=nullptr, double jChildCellWeights=nullptr, double *kChildCellWeights=nullptr)

void	setParentWindow (unsigned int iCellIndexRegridStart, unsigned int constantChildCellCountPerIInterval, unsigned int constantParentCellCountPerIInterval, unsigned int iIntervalCount, unsigned int jCellIndexRegridStart, unsigned int constantChildCellCountPerJInterval, unsigned int constantParentCellCountPerJInterval, unsigned int jIntervalCount, unsigned int kCellIndexRegridStart, unsigned int constantChildCellCountPerKInterval, unsigned int constantParentCellCountPerKInterval, unsigned int kIntervalCount, class AbstractIjkGridRepresentation parentGrid, eml2::AbstractHdfProxy proxy=nullptr, double iChildCellWeights=nullptr, double jChildCellWeights=nullptr, double *kChildCellWeights=nullptr)
	Indicates that this grid takes place into another IJK parent grid. This method assumes that the count of cells per regrid interval is constant in both child and parent grids. More...

void	setParentWindow (unsigned int iCellIndexRegridStart, unsigned int iChildCellCount, unsigned int iParentCellCount, unsigned int jCellIndexRegridStart, unsigned int jChildCellCount, unsigned int jParentCellCount, unsigned int kCellIndexRegridStart, unsigned int kChildCellCount, unsigned int kParentCellCount, class AbstractIjkGridRepresentation parentGrid, eml2::AbstractHdfProxy proxy=nullptr, double iChildCellWeights=nullptr, double jChildCellWeights=nullptr, double *kChildCellWeights=nullptr)

void	setForcedNonRegridedParentCell (uint64_t *cellIndices, uint64_t cellIndexCount)

void	setCellOverlap (uint64_t parentChildCellPairCount, uint64_t parentChildCellPair, const std::string &volumeUom, double overlapVolumes=nullptr)

int64_t	getParentCellIndexCount () const

void	getParentCellIndices (uint64_t *parentCellIndices) const

int64_t	getParentColumnIndexCount () const

void	getParentColumnIndices (uint64_t *parentColumnIndices) const

uint64_t	getRegridStartIndexOnParentGrid (char dimension) const

uint64_t	getRegridIntervalCount (char dimension) const

bool	isRegridCellCountPerIntervalConstant (char dimension, bool childVsParentCellCount) const

uint64_t	getRegridConstantCellCountPerInterval (char dimension, bool childVsParentCellCount) const

void	getRegridCellCountPerInterval (char dimension, uint64_t *childCellCountPerInterval, bool childVsParentCellCount) const

bool	hasRegridChildCellWeights (char dimension) const

void	getRegridChildCellWeights (char dimension, double *childCellWeights) const

bool	hasForcedNonRegridedParentCell () const

void	setCellAssociationWithStratigraphicOrganizationInterpretation (uint64_t stratiUnitIndices, uint64_t nullValue, class AbstractStratigraphicOrganizationInterpretation stratiOrgInterp)

class AbstractStratigraphicOrganizationInterpretation *	getStratigraphicOrganizationInterpretation () const

virtual common::DataObjectReference	getStratigraphicOrganizationInterpretationDor () const

bool	hasCellStratigraphicUnitIndices () const

uint64_t	getCellStratigraphicUnitIndices (uint64_t *stratiUnitIndices)

void	setCellAssociationWithRockFluidOrganizationInterpretation (uint64_t rockFluidUnitIndices, uint64_t nullValue, class RockFluidOrganizationInterpretation rockFluidOrgInterp)

class RockFluidOrganizationInterpretation *	getRockFluidOrganizationInterpretation () const

virtual common::DataObjectReference	getRockFluidOrganizationInterpretationDor () const

bool	hasCellFluidPhaseUnitIndices () const

uint64_t	getCellFluidPhaseUnitIndices (uint64_t *rockfluidUnitIndices)

bool	isTruncated () const

uint64_t	getTruncatedFaceCount () const

void	getNodeIndicesOfTruncatedFaces (uint64_t *nodeIndices) const

void	getCumulativeNodeCountPerTruncatedFace (uint64_t *nodeCountPerFace) const

void	getNodeCountPerTruncatedFace (uint64_t *nodeCountPerFace) const

uint64_t	getTruncatedCellCount () const

void	getTruncatedCellIndices (uint64_t *cellIndices) const

void	getTruncatedFaceIndicesOfTruncatedCells (uint64_t *faceIndices) const

void	getCumulativeTruncatedFaceCountPerTruncatedCell (uint64_t *cumulativeFaceCountPerCell) const

void	getTruncatedFaceCountPerTruncatedCell (uint64_t *faceCountPerCell) const

void	getNonTruncatedFaceIndicesOfTruncatedCells (uint64_t *faceIndices) const

void	getCumulativeNonTruncatedFaceCountPerTruncatedCell (uint64_t *cumulativeFaceCountPerCell) const

void	getNonTruncatedFaceCountPerTruncatedCell (uint64_t *faceCountPerCell) const

void	getTruncatedFaceIsRightHanded (unsigned char *cellFaceIsRightHanded) const

void	loadTargetRelationships ()

Public Member Functions inherited from resqml2::AbstractRepresentation
virtual	~AbstractRepresentation ()=default

class AbstractLocal3dCrs *	getLocalCrs (unsigned int patchIndex) const

virtual common::DataObjectReference	getLocalCrsDor (unsigned int patchIndex) const

virtual common::DataObjectReference	getHdfProxyDor () const =0
	Gets the data object reference of the HDF proxy which is used for storing the numerical values of this representation (i.e. its geometry). More...

std::vector< class AbstractProperty * >	getPropertySet () const

void	setInterpretation (class AbstractFeatureInterpretation *interp)

class AbstractFeatureInterpretation *	getInterpretation () const

common::DataObjectReference	getInterpretationDor () const

uint64_t	getXyzPointCountOfAllPatches () const

virtual void	getXyzPointsOfPatch (unsigned int patchIndex, double *xyzPoints) const =0
	Gets all the xyz points of a particular patch of this representation. xyz points are given in the local CRS. More...

void	getXyzPointsOfPatchInGlobalCrs (unsigned int patchIndex, double *xyzPoints) const
	Gets all the xyz points of a particular patch of this representation. xyz points are given in the global CRS. More...

void	getXyzPointsOfAllPatches (double *xyzPoints) const
	Gets all the xyz points of all patches of this representation. xyz points are given in the local CRS. More...

bool	isInSingleLocalCrs () const

bool	isInSingleGlobalCrs () const

void	getXyzPointsOfAllPatchesInGlobalCrs (double *xyzPoints) const

AbstractRepresentation *	getSeismicSupportOfPatch (const unsigned int &patchIndex) const

std::set< AbstractRepresentation * >	getAllSeismicSupport () const

void	pushBackIntoRepresentationSet (class RepresentationSetRepresentation *repSet)

void	addSeismic3dCoordinatesToPatch (unsigned int patchIndex, double inlines, double crosslines, unsigned int pointCount, resqml2::AbstractRepresentation seismicSupport, eml2::AbstractHdfProxy proxy)

void	addSeismic3dCoordinatesToPatch (unsigned int patchIndex, double startInline, double incrInline, unsigned int countInline, double startCrossline, double incrCrossline, unsigned int countCrossline, resqml2::AbstractRepresentation *seismicSupport)

void	addSeismic2dCoordinatesToPatch (unsigned int patchIndex, double lineAbscissa, resqml2::AbstractRepresentation seismicSupport, eml2::AbstractHdfProxy *proxy)

void	getSeismicLineAbscissaOfPointsOfPatch (unsigned int patchIndex, double *values) const

void	getInlinesOfPointsOfPatch (unsigned int patchIndex, double *values) const

void	getCrosslinesOfPointsOfPatch (unsigned int patchIndex, double *values) const

Public Member Functions inherited from common::AbstractObject
bool	isPartial () const

virtual bool	isTopLevelElement () const

std::string	getUuid () const

std::string	getTitle () const

std::string	getEditor () const

time_t	getCreation () const

tm	getCreationAsTimeStructure () const

std::string	getOriginator () const

std::string	getDescription () const

time_t	getLastUpdate () const

tm	getLastUpdateAsTimeStructure () const

std::string	getFormat () const

std::string	getDescriptiveKeywords () const

std::string	getVersion () const

void	setTitle (const std::string &title)

void	setEditor (const std::string &editor)

void	setCreation (time_t creation)

void	setCreation (const tm &creation)

void	setOriginator (const std::string &originator)

void	setDescription (const std::string &description)

void	setLastUpdate (time_t lastUpdate)

void	setLastUpdate (const tm &lastUpdate)

void	setDescriptiveKeywords (const std::string &descriptiveKeywords)

void	setVersion (const std::string &version)

void	setMetadata (const std::string &title, const std::string &editor, time_t creation, const std::string &originator, const std::string &description, time_t lastUpdate, const std::string &descriptiveKeywords)

void	serializeIntoStream (std::ostream *stream)

void	setGsoapProxy (gsoap_resqml2_0_1::eml20__AbstractCitedDataObject *gsoapProxy)

void	setGsoapProxy (gsoap_eml2_1::eml21__AbstractObject *gsoapProxy)

gsoap_resqml2_0_1::eml20__AbstractCitedDataObject *	getEml20GsoapProxy () const

gsoap_eml2_1::eml21__AbstractObject *	getEml21GsoapProxy () const

gsoap_eml2_2::eml22__AbstractObject *	getEml22GsoapProxy () const

void	setGsoapProxy (gsoap_eml2_2::eml22__AbstractObject *gsoapProxy)

gsoap_eml2_3::eml23__AbstractObject *	getEml23GsoapProxy () const

void	setGsoapProxy (gsoap_eml2_3::eml23__AbstractObject *gsoapProxy)

soap *	getGsoapContext () const

int	getGsoapType () const

gsoap_resqml2_0_1::eml20__DataObjectReference *	newResqmlReference () const

gsoap_eml2_1::eml21__DataObjectReference *	newEmlReference () const

gsoap_eml2_2::eml22__DataObjectReference *	newEml22Reference () const

gsoap_eml2_3::eml23__DataObjectReference *	newEml23Reference () const

gsoap_resqml2_0_1::resqml20__ContactElementReference *	newContactElementReference2_0_1 () const

gsoap_eml2_3::resqml22__ContactElement *	newContactElementReference2_2 () const

common::DataObjectRepository *	getRepository () const

virtual std::string	getXmlNamespace () const =0

virtual std::string	getXmlNamespaceVersion () const

virtual std::string	getContentType () const

virtual std::string	getQualifiedType () const

virtual std::string	getPartNameInEpcDocument () const

std::string	serializeIntoString ()

void	addAlias (const std::string &authority, const std::string &title)

unsigned int	getAliasCount () const

std::string	getAliasAuthorityAtIndex (unsigned int index) const

std::string	getAliasTitleAtIndex (unsigned int index) const

std::vector< eml2::Activity * >	getActivitySet () const

unsigned int	getActivityCount () const

eml2::Activity *	getActivity (unsigned int index) const

void	pushBackExtraMetadata (const std::string &key, const std::string &value)

std::unordered_map< std::string, std::string >	getExtraMetadataSet () const

std::vector< std::string >	getExtraMetadata (const std::string &key) const

unsigned int	getExtraMetadataCount () const

std::string	getExtraMetadataKeyAtIndex (unsigned int index) const

std::string	getExtraMetadataStringValueAtIndex (unsigned int index) const

Static Public Attributes
static const char *	XML_TAG

Static Public Attributes inherited from resqml2::AbstractGridRepresentation
static const char *	XML_TAG

Static Public Attributes inherited from resqml2::AbstractRepresentation
static const char *	XML_TAG

Additional Inherited Members
Public Types inherited from resqml2::AbstractRepresentation
enum	indexableElement { NODE = 0 , EDGE = 1 , FACE = 2 , VOLUME = 3 , PILLAR = 4 }

Public Types inherited from common::AbstractObject
enum	hdfDatatypeEnum { UNKNOWN = 0 , DOUBLE = 1 , FLOAT = 2 , LONG_64 = 3 , ULONG_64 = 4 , INT = 5 , UINT = 6 , SHORT = 7 , USHORT = 8 , CHAR = 9 , UCHAR = 10 }

Static Public Member Functions inherited from common::AbstractObject
static void	setFormat (const std::string &vendor, const std::string &applicationName, const std::string &applicationVersionNumber)

Detailed Description

Unstructured grid representation characterized by a cell count, and potentially nothing else. Both the oldest and newest simulation formats are based on this format.

Constructor & Destructor Documentation

◆ UnstructuredGridRepresentation() [1/4]

resqml2::UnstructuredGridRepresentation::UnstructuredGridRepresentation ( gsoap_resqml2_0_1::eml20__DataObjectReference * partialObject )

inline

Only to be used in partial transfer context.

Parameters

[in] partialObject If non-nullptr, the partial object.

◆ UnstructuredGridRepresentation() [2/4]

resqml2::UnstructuredGridRepresentation::UnstructuredGridRepresentation ( )

inline

Default constructor

◆ UnstructuredGridRepresentation() [3/4]

resqml2::UnstructuredGridRepresentation::UnstructuredGridRepresentation ( gsoap_resqml2_0_1::_resqml20__UnstructuredGridRepresentation * fromGsoap )

inline

Creates an instance of this class by wrapping a gSOAP instance.

Parameters

[in] fromGsoap If non-null, the gSOAP instance.

◆ UnstructuredGridRepresentation() [4/4]

resqml2::UnstructuredGridRepresentation::UnstructuredGridRepresentation ( gsoap_eml2_3::_resqml22__UnstructuredGridRepresentation * fromGsoap )

inline

Creates an instance of this class by wrapping a gSOAP instance.

Parameters

[in] fromGsoap If non-null, the gSOAP instance.

◆ ~UnstructuredGridRepresentation()

virtual resqml2::UnstructuredGridRepresentation::~UnstructuredGridRepresentation ( )

virtualdefault

Destructor does nothing since the memory is managed by the gSOAP context.

Reimplemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

Member Function Documentation

◆ getCellCount()

virtual uint64_t resqml2::UnstructuredGridRepresentation::getCellCount ( ) const

overridepure virtual

Gets the count of (volumetric) cells in the grid.

Exceptions

std::range_error	If the cell count is strictly greater than unsigned int max.
std::logic_error	If this grid is partial.

Returns: The cell count.

Implements resqml2::AbstractGridRepresentation.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getCellFaceIsRightHanded()

virtual void resqml2::UnstructuredGridRepresentation::getCellFaceIsRightHanded ( unsigned char * cellFaceIsRightHanded ) const

pure virtual

Gets the orientation of each cell face. That is to say tells for each cell face, if its face normal defined using a right hand rule is outwardly directed.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If the geometry is not loaded.
std::logic_error	If the data structure used to store the orientation of the cell is not already supported by fesapi.

Parameters

[out] cellFaceIsRightHanded Preallocated array for receiving the orientation of each cell face. The size is the last value returned by getCumulativeFaceCountPerCell().

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getConstantFaceCountOfCells()

virtual unsigned int resqml2::UnstructuredGridRepresentation::getConstantFaceCountOfCells ( ) const

pure virtual

Gets the constant face count per cell in this unstructured grid.

Exceptions

std::logic_error	If the face count per cell is not constant (please check the constantness of the face count per cell with isFaceCountOfCellsConstant() before calling this method).
std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).
std::range_error	If the cumulative face count per cell is stored in an integer constant array while there is more than one cell in this grid.

Returns: The constant face count per cell.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getConstantNodeCountOfFaces()

virtual unsigned int resqml2::UnstructuredGridRepresentation::getConstantNodeCountOfFaces ( ) const

pure virtual

Gets the constant node count per face in this unstructured grid.

Exceptions

std::logic_error	If the node count per face is not constant (please check the constantness of the node count per face with isNodeCountOfFacesConstant() before calling this method).
std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).

Returns: The constant node count per face.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getCumulativeFaceCountPerCell() [1/2]

uint64_t const* resqml2::UnstructuredGridRepresentation::getCumulativeFaceCountPerCell ( ) const

Gets the cumulative face count per cell. This method requires you to have already loaded the geometry.

Exceptions

std::logic_error	If this grid has a constant count of faces per cell.
std::logic_error	If the geometry is not loaded.

Returns: The cumulative face count per cell. First value is the count of faces in the first cell. Second value is the count of faces in the first and in the second cell. Third value is the count of faces in the first and in the second and in the third cell. And so on. DO NOT FREE the returned value. It is owned and managed by this class.

◆ getCumulativeFaceCountPerCell() [2/2]

virtual void resqml2::UnstructuredGridRepresentation::getCumulativeFaceCountPerCell ( uint64_t * cumulativeFaceCountPerCell_ ) const

pure virtual

Gets the cumulative face count per cell. A single face count should be at least 4.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).
std::invalid_argument	If a required HDF proxy is missing.
std::range_error	If the cumulative face count per cell is stored in an integer constant array while there is more than one cell in this grid.

Parameters

[out] cumulativeFaceCountPerCell_ Preallocated array of size getCellCount() to receive the cumulative face count per cell. First value is the count of faces in the first cell. Second value is the count of faces in the first and in the second cell. Third value is the count of faces in the first and in the second and in the third cell. And so on.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getCumulativeNodeCountPerFace()

virtual void resqml2::UnstructuredGridRepresentation::getCumulativeNodeCountPerFace ( uint64_t * nodeCountPerFace ) const

pure virtual

Gets the cumulative node count per face. A single node count should be at least 3.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).
std::invalid_argument	If a required HDF proxy is missing.
std::range_error	If the cumulative node count per face is stored in a integer constant array.

Parameters

[out] nodeCountPerFace Preallocated array to receive the cumulative node count per face. Its size must be getFaceCount(). First value is the count of nodes in the first face. Second value is the count of nodes in the first and in the second face. Third value is the count of nodes in the first and in the second and in the third face. And so on.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getFaceCount()

virtual uint64_t resqml2::UnstructuredGridRepresentation::getFaceCount ( ) const

pure virtual

Gets the face count

Exceptions

std::logic_error If this grid is partial.

Returns: The face count.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getFaceCountOfCell()

unsigned int resqml2::UnstructuredGridRepresentation::getFaceCountOfCell ( uint64_t cellIndex ) const

Gets the face count of a particular cell. This method requires you to have already loaded the geometry.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If the geometry is not loaded.
std::out_of_range	If `cellIndex >=` getCellCount().

Parameters

cellIndex Zero-based index of the cell for which we want to count the faces.

Returns: The count of faces in the cell at position cellIndex.

◆ getFaceCountPerCell()

void resqml2::UnstructuredGridRepresentation::getFaceCountPerCell ( uint64_t * faceCountPerCell ) const

Gets the face count per cell. This method is less efficient than getCumulativeFaceCountPerCell().

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).
std::invalid_argument	If a required HDF proxy is missing.
std::range_error	If the cumulative face count per cell is stored in an integer constant array while there is more than one cell in this grid.

Parameters

[out] faceCountPerCell Preallocated array of size getCellCount() to receive the face count per cell. First value is the count of faces in the first cell. Second value is the count of faces in the second cell. And so on.

◆ getFaceIndicesOfCells()

virtual void resqml2::UnstructuredGridRepresentation::getFaceIndicesOfCells ( uint64_t * faceIndices ) const

pure virtual

Gets all the face indices of all the cells.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).
std::logic_error	If the data structure used to store the face indices of the cells is not already supported by fesapi.
std::invalid_argument	If a required HDF proxy is missing.

Parameters

[out] faceIndices Preallocated array to receive all the face indices of all the cells. It size must be the last value outputted by getCumulativeFaceCountPerCell(). It is ordered first by faces and then by cells.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getNodeCount()

virtual uint64_t resqml2::UnstructuredGridRepresentation::getNodeCount ( ) const

pure virtual

Get the node count

Exceptions

std::logic_error If this grid is partial.

Returns: The node count.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getNodeCountOfFaceOfCell()

unsigned int resqml2::UnstructuredGridRepresentation::getNodeCountOfFaceOfCell	(	uint64_t	cellIndex,
		unsigned int	localFaceIndex
	)		const

Gets the node count of a particular face of a particular cell. This method requires you to have already loaded the geometry.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If the geometry is not loaded.
std::out_of_range	If `cellIndex >=` getCellCount().
std::out_of_range	If `localFaceIndex >=` getFaceCountOfCell(cellIndex).

Parameters

cellIndex	Zero-based index of the cell for which we want to count the nodes of one face.
localFaceIndex	Zero-based local index of the face for which we want to count the nodes.

Returns: The count of nodes in the face localFaceIndex of the cell cellIndex.

◆ getNodeCountPerFace()

void resqml2::UnstructuredGridRepresentation::getNodeCountPerFace ( uint64_t * nodeCountPerFace ) const

Gets the node count per face. This method is less efficient than getCumulativeNodeCountPerFace().

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).
std::invalid_argument	If a required HDF proxy is missing.
std::range_error	If the cumulative node count per face is stored in a integer constant array.

Parameters

[out] nodeCountPerFace Preallocated array of size getFaceCount() to receive the node count per face. First value is the count of nodes in the first face. Second value is the count of nodes in the second face. And so on.

◆ getNodeIndicesOfFaceOfCell()

uint64_t const* resqml2::UnstructuredGridRepresentation::getNodeIndicesOfFaceOfCell	(	uint64_t	cellIndex,
		unsigned int	localFaceIndex
	)		const

Gets all the node indices of a particular face of a particular cell. This method requires you to have already loaded the geometry.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If the geometry is not loaded.
std::out_of_range	If `cellIndex >=` getCellCount().
std::out_of_range	If `localFaceIndex >=` getFaceCountOfCell(cellIndex).

Parameters

cellIndex	Zero-based index of the cell for which we want to get the node indices of one face.
localFaceIndex	Zero-based local index of the face for which we want to get the node indices.

Returns: A pointer to an array containing the node indices of the face localFaceIndex of the cell cellIndex. This array is allocated by loadGeometry() and is freed by unloadGeometry().

◆ getNodeIndicesOfFaces()

virtual void resqml2::UnstructuredGridRepresentation::getNodeIndicesOfFaces ( uint64_t * nodeIndices ) const

pure virtual

Gets all the node indices of all the faces.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).
std::logic_error	If the data structure used to store the node indices of the faces is not already supported by fesapi.
std::invalid_argument	If a required HDF proxy is missing.

Parameters

[out] nodeIndices Preallocated array to receive all the node indices of all the faces. It size must be the last value outputted by getCumulativeNodeCountPerFace(). It is ordered first by nodes, then by faces and then by cells.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ getPatchCount()

unsigned int resqml2::UnstructuredGridRepresentation::getPatchCount ( ) const

inlinefinalvirtual

Gets the patch count.

Returns: The patch count.

Implements resqml2::AbstractRepresentation.

◆ getXmlTag()

virtual std::string resqml2::UnstructuredGridRepresentation::getXmlTag ( ) const

inlinefinalvirtual

Gets the standard XML tag without XML namespace for serializing this data object.

Returns: The XML tag.

Implements common::AbstractObject.

◆ getXyzPointCountOfPatch()

uint64_t resqml2::UnstructuredGridRepresentation::getXyzPointCountOfPatch ( unsigned int patchIndex ) const

finalvirtual

Get the xyz point count in a given patch of this representation.

Exceptions

std::out_of_range	If `patchIndex` is out of range.
std::logic_error	If this representation is partial.

Parameters

patchIndex Zero-based index of the patch from which we look for the xyz points.

Returns: The xyz point count of the patch at position patchIndex.

Implements resqml2::AbstractRepresentation.

◆ hasGeometry()

virtual bool resqml2::UnstructuredGridRepresentation::hasGeometry ( ) const

pure virtual

Indicates whether this grid has a geometry or not.

Returns: True if this grid has a geometry, false if not.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ isFaceCountOfCellsConstant()

virtual bool resqml2::UnstructuredGridRepresentation::isFaceCountOfCellsConstant ( ) const

pure virtual

Checks whether the face count per cell is constant in this unstructured grid.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).
std::range_error	If the cumulative face count per cell is stored in an integer constant array while there is more than one cell in this grid.

Returns: True if the face count per cell is constant, false if not.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ isNodeCountOfFacesConstant()

virtual bool resqml2::UnstructuredGridRepresentation::isNodeCountOfFacesConstant ( ) const

pure virtual

Checks whether the node count per face is constant in this unstructured grid.

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).

Returns: True if the node count per face is constant, false if not.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ loadGeometry()

void resqml2::UnstructuredGridRepresentation::loadGeometry ( )

Loads the geoemtry into memory in order to ease access. Be aware that you must unload by yourself this memory thanks to unloadGeometry().

Exceptions

std::logic_error	If this grid is partial.
std::logic_error	If this grid has no geometry (please check the existence of a geometry thanks to hasGeometry() before calling this method).
std::logic_error	If the data structure used to store the face indices of the cells is not already supported by fesapi.
std::logic_error	If the data structure used to store the node indices of the faces is not already supported by fesapi.
std::range_error	If the cumulative face count per cell is stored in an integer constant array while there is more than one cell in this grid.
std::range_error	If the cumulative node count per face is stored in a integer constant array.
std::invalid_argument	If a required HDF proxy is missing.

◆ setGeometry()

void resqml2::UnstructuredGridRepresentation::setGeometry	(	unsigned char *	cellFaceIsRightHanded,
		double *	points,
		uint64_t	pointCount,
		eml2::AbstractHdfProxy *	proxy,
		uint64_t *	faceIndicesPerCell,
		uint64_t *	faceIndicesCumulativeCountPerCell,
		uint64_t	faceCount,
		uint64_t *	nodeIndicesPerFace,
		uint64_t *	nodeIndicesCumulativeCountPerFace,
		gsoap_resqml2_0_1::resqml20__CellShape	cellShape,
		resqml2::AbstractLocal3dCrs *	localCrs = `nullptr`
	)

Sets the geometry and creates corresponding HDF5 datasets.

Exceptions

std::logic_error	If this grid is partial.
std::invalid_argument	If `cellFaceIsRightHanded`, `points`, `faceIndicesPerCell`, `faceIndicesCumulativeCountPerCell`, `nodeIndicesPerFace` or `nodeIndicesCumulativeCountPerFace` is `nullptr`.
std::invalid_argument	If `proxy == nullptr` and no default HDF proxy is defined in the repository.
std::invalid_argument	If `localCrs == nullptr` and no default local CRS is defined in the repository.

Parameters

[in]	cellFaceIsRightHanded	Boolean mask used to indicate which cell faces have an outwardly directed normal following a right hand rule. Array length is the sum of the cell face count per cell, and the data follows the order of the faces per cell RESQMLlist-of-lists.
[in]	points	All the XYZ points defining the nodes of the unstructured grid. There must a double count of `pointCount * 3`.
	pointCount	The count of points defining the nodes of this unstructured grid.
[in,out]	proxy	The HDF proxy which will store all the numerical values of this unstructured grid. If `nullptr`, then the repository default HDF proxy will be used.
[in]	faceIndicesPerCell	Each item defines the index of the face of a cell. There must be a count of the last value in `faceIndicesCumulativeCountPerCell`.
[in]	faceIndicesCumulativeCountPerCell	Each item defines the cumulative count of faces. The count of this array must be equal to the count of cells in this unstructured grid. For example if the first cell a 4 faces, the second cell 5 faces and the third cell 6 faces then the array would be {4, 9, 15}.
	faceCount	The count of faces in this unstructured grid. Be aware this count does not duplicate shared faces. Most of time, you have less faceCount than the last value of `faceIndicesCumulativeCountPerCell` which is the count of faces per cell.
[in]	nodeIndicesPerFace	Each item defines the index of the node of a face. There must be a count of the last value in `nodeIndicesCumulativeCountPerFace`.
[in]	nodeIndicesCumulativeCountPerFace	Each item defines the cumulative count of nodes. The count of this array must be equal to `faceCount`.
	cellShape	A denormalization of the information which gives quick access to the most complex shape of polyhedron encountered in this unstructured grid.
[in]	localCrs	(Optional) The local CRS. If `nullptr` (default), then the repository default local CRS will be used.

◆ setGeometryUsingExistingDatasets()

virtual void resqml2::UnstructuredGridRepresentation::setGeometryUsingExistingDatasets	(	const std::string &	cellFaceIsRightHanded,
		const std::string &	points,
		uint64_t	pointCount,
		eml2::AbstractHdfProxy *	proxy,
		const std::string &	faceIndicesPerCell,
		const std::string &	faceIndicesCumulativeCountPerCell,
		uint64_t	faceCount,
		const std::string &	nodeIndicesPerFace,
		const std::string &	nodeIndicesCumulativeCountPerFace,
		gsoap_resqml2_0_1::resqml20__CellShape	cellShape,
		resqml2::AbstractLocal3dCrs *	localCrs = `nullptr`
	)

pure virtual

Sets the geometry using some existing HDF5 dataset.

Exceptions

std::logic_error	If this grid is partial.
std::invalid_argument	If `cellFaceIsRightHanded`, `points`, `faceIndicesPerCell`, `faceIndicesCumulativeCountPerCell`, `nodeIndicesPerFace` or `nodeIndicesCumulativeCountPerFace` is empty.
std::invalid_argument	If `proxy == nullptr` and no default HDF proxy is defined in the repository.
std::invalid_argument	If `localCrs == nullptr` and no default local CRS is defined in the repository.

Parameters

	cellFaceIsRightHanded	The path to the HDF5 dataset in the HDF proxy where a boolean mask is used to indicate which cell faces have an outwardly directed normal following a right hand rule. Array length is the sum of the cell face count per cell, and the data follows the order of the faces per cell RESQMLlist-of-lists.
	points	The path to the HDF5 dataset in the HDF proxy where all the xyz points defining the nodes of the unstructured grid are defined. There must a double count of `pointCount * 3`.
	pointCount	The count of points defining the nodes of this unstructured grid.
[in,out]	proxy	The HDF proxy which contains the datasets given in this method by means of paths. If `nullptr`, then the repository default HDF proxy will be used.
	faceIndicesPerCell	The path to the HDF5 dataset in the HDF proxy where each item defines the index of the face of a cell. There must be a count of the last value in `faceIndicesCumulativeCountPerCell`.
	faceIndicesCumulativeCountPerCell	The path to the HDF5 dataset in the HDF proxy where each item defines the cumulative count of faces. The count of this array must be equal to the count of cells in this unstructured grid. For example if the first cell a 4 faces, the second cell 5 faces and the third cell 6 faces then the array would be {4, 9, 15}.
	faceCount	The count of faces in this unstructured grid. Be aware this count does not duplicate shared faces. Most of time, you have less faceCount than the last value of `faceIndicesCumulativeCountPerCell` which is the count of faces per cell.
	nodeIndicesPerFace	The path to the HDF5 dataset in the HDF proxy where each item defines the index of the node of a face. There must be a count of the last value in `nodeIndicesCumulativeCountPerFace`.
	nodeIndicesCumulativeCountPerFace	The path to the HDF5 dataset in the HDF proxy where each item defines the cumulative count of nodes. The count of this array must be equal to `faceCount`.
	cellShape	A denormalization of the information which gives quick access to the most complex shape of polyhedron encountered in this unstructured grid.
[in]	localCrs	(Optional) The local CRS. If `nullptr` (default), then the repository default local CRS will be used.

Implemented in resqml2_2::UnstructuredGridRepresentation, and resqml2_0_1::UnstructuredGridRepresentation.

◆ setHexahedraOnlyGeometry()

void resqml2::UnstructuredGridRepresentation::setHexahedraOnlyGeometry	(	unsigned char *	cellFaceIsRightHanded,
		double *	points,
		uint64_t	pointCount,
		uint64_t	faceCount,
		eml2::AbstractHdfProxy *	proxy,
		uint64_t *	faceIndicesPerCell,
		uint64_t *	nodeIndicesPerFace,
		resqml2::AbstractLocal3dCrs *	localCrs = `nullptr`
	)

Sets a geometry which is only defined by means of hexahedra and creates corresponding HDF5 datasets.

Exceptions

std::logic_error	If this grid is partial.
std::invalid_argument	If `cellFaceIsRightHanded`, `points`, `faceIndicesPerCell` or `nodeIndicesPerFace` is `nullptr`.
std::invalid_argument	If `proxy == nullptr` and no default HDF proxy is defined in the repository.
std::invalid_argument	If `localCrs == nullptr` and no default local CRS is defined in the repository.

Parameters

[in]	cellFaceIsRightHanded	Boolean mask used to indicate which cell faces have an outwardly directed normal following a right hand rule. Array length is the sum of the cell face count per cell, and the data follows the order of the faces per cell RESQMLlist-of-lists.
[in]	points	All the xyz points defining the nodes of the unstructured grid. There must a double count of `pointCount * 3`.
	pointCount	The count of points defining the nodes of this unstructured grid.
	faceCount	The count of faces in this unstructured grid. Be aware this count does not duplicate cell-shared faces.
[in,out]	proxy	The hdf proxy which contains the datasets given in this method by means of paths. If `nullptr`, then the repository default HDF proxy will be used.
[in]	faceIndicesPerCell	Each item defines the index of the face of a cell. There must be a count of `faceCountPerCell * cellCount`.
[in]	nodeIndicesPerFace	Each item defines the index of the node of a face. There must be a count of `nodeCountPerFace * faceCount`.
[in]	localCrs	(Optional) The local CRS. If `nullptr` (default), then the repository default local CRS will be used.

◆ setHexahedraOnlyGeometryUsingExistingDatasets()

void resqml2::UnstructuredGridRepresentation::setHexahedraOnlyGeometryUsingExistingDatasets	(	const std::string &	cellFaceIsRightHanded,
		const std::string &	points,
		uint64_t	pointCount,
		uint64_t	faceCount,
		eml2::AbstractHdfProxy *	proxy,
		const std::string &	faceIndicesPerCell,
		const std::string &	nodeIndicesPerFace,
		resqml2::AbstractLocal3dCrs *	localCrs = `nullptr`
	)

Sets a geometry which is only defined by means of hexahedra using some existing HDF5 dataset.

Exceptions

std::logic_error	If this grid is partial.
std::invalid_argument	If `cellFaceIsRightHanded`, `points`, `faceIndicesPerCell` or `nodeIndicesPerFace` is empty.
std::invalid_argument	If `proxy == nullptr` and no default HDF proxy is defined in the repository.
std::invalid_argument	If `localCrs == nullptr` and no default local CRS is defined in the repository.

Parameters

	cellFaceIsRightHanded	The path to the HDF5 dataset in the HDF proxy where a boolean mask is used to indicate which cell faces have an outwardly directed normal following a right hand rule. Array length is the sum of the cell face count per cell, and the data follows the order of the faces per cell RESQMLlist-of-lists.
	points	The path to the HDF5 dataset in the HDF proxy where all the xyz points defining the nodes of the unstructured grid are defined. There must a double count of `pointCount * 3`.
	pointCount	The count of points defining the nodes of this unstructured grid.
	faceCount	The count of faces in this unstructured grid. Be aware this count does not duplicate cell-shared faces.
[in,out]	proxy	The HDF proxy which contains the datasets given in this method by means of paths. If `nullptr`, then the repository default HDF proxy will be used.
	faceIndicesPerCell	The path to the HDF5 dataset in the HDF proxy where each item defines the index of the face of a cell. There must be a count of `faceCountPerCell * cellCount`.
	nodeIndicesPerFace	The path to the HDF5 dataset in the HDF proxy where each item defines the index of the node of a face. There must be a count of `nodeCountPerFace * faceCount`.
[in]	localCrs	(Optional) The local CRS. If `nullptr` (default), then the repository default local CRS will be used.

◆ setTetrahedraOnlyGeometry()

void resqml2::UnstructuredGridRepresentation::setTetrahedraOnlyGeometry	(	unsigned char *	cellFaceIsRightHanded,
		double *	points,
		uint64_t	pointCount,
		uint64_t	faceCount,
		eml2::AbstractHdfProxy *	proxy,
		uint64_t *	faceIndicesPerCell,
		uint64_t *	nodeIndicesPerFace,
		resqml2::AbstractLocal3dCrs *	localCrs = `nullptr`
	)

Sets a geometry which is only defined by means of tetrahedra and creates corresponding HDF5 datasets.

Exceptions

std::logic_error	If this grid is partial.
std::invalid_argument	If `cellFaceIsRightHanded`, `points`, `faceIndicesPerCell` or `nodeIndicesPerFace` is `nullptr`.
std::invalid_argument	If `proxy == nullptr` and no default HDF proxy is defined in the repository.
std::invalid_argument	If `localCrs == nullptr` and no default local CRS is defined in the repository.

Parameters

[in]	cellFaceIsRightHanded	Boolean mask used to indicate which cell faces have an outwardly directed normal following a right hand rule. Array length is the sum of the cell face count per cell, and the data follows the order of the faces per cell RESQMLlist-of-lists.
[in]	points	All the xyz points defining the nodes of the unstructured grid. There must a double count of `pointCount * 3`.
	pointCount	The count of points defining the nodes of this unstructured grid.
	faceCount	The count of faces in this unstructured grid. Be aware this count does not duplicate cell-shared faces.
[in,out]	proxy	The hdf proxy which contains the datasets given in this method by means of paths. If `nullptr`, then the repository default HDF proxy will be used.
[in]	faceIndicesPerCell	Each item defines the index of the face of a cell. There must be a count of `faceCountPerCell * cellCount`.
[in]	nodeIndicesPerFace	Each item defines the index of the node of a face. There must be a count of `nodeCountPerFace * faceCount`.
[in]	localCrs	(Optional) The local CRS. If `nullptr` (default), then the repository default local CRS will be used.

◆ setTetrahedraOnlyGeometryUsingExistingDatasets()

void resqml2::UnstructuredGridRepresentation::setTetrahedraOnlyGeometryUsingExistingDatasets	(	const std::string &	cellFaceIsRightHanded,
		const std::string &	points,
		uint64_t	pointCount,
		uint64_t	faceCount,
		eml2::AbstractHdfProxy *	proxy,
		const std::string &	faceIndicesPerCell,
		const std::string &	nodeIndicesPerFace,
		resqml2::AbstractLocal3dCrs *	localCrs = `nullptr`
	)

Sets a geometry which is only defined by means of tetrahedra using some existing HDF5 dataset.

Exceptions

std::logic_error	If this grid is partial.
std::invalid_argument	If `cellFaceIsRightHanded`, `points`, `faceIndicesPerCell` or `nodeIndicesPerFace` is empty.
std::invalid_argument	If `proxy == nullptr` and no default HDF proxy is defined in the repository.
std::invalid_argument	If `localCrs == nullptr` and no default local CRS is defined in the repository.

Parameters

	cellFaceIsRightHanded	The path to the HDF5 dataset in the HDF proxy where a boolean mask is used to indicate which cell faces have an outwardly directed normal following a right hand rule. Array length is the sum of the cell face count per cell, and the data follows the order of the faces per cell RESQMLlist-of-lists.
	points	The path to the HDF5 dataset in the HDF proxy where all the xyz points defining the nodes of the unstructured grid are defined. There must a double count of `pointCount * 3`.
	pointCount	The count of points defining the nodes of this unstructured grid.
	faceCount	The count of faces in this unstructured grid. Be aware this count does not duplicate cell-shared faces.
[in,out]	proxy	The HDF proxy which contains the datasets given in this method by means of paths. If `nullptr`, then the repository default HDF proxy will be used.
	faceIndicesPerCell	The path to the HDF5 dataset in the HDF proxy where each item defines the index of the face of a cell. There must be a count of `faceCountPerCell * cellCount`.
	nodeIndicesPerFace	The path to the HDF5 dataset in the HDF proxy where each item defines the index of the node of a face. There must be a count of `nodeCountPerFace * faceCount`.
[in]	localCrs	(Optional) The local CRS. If `nullptr` (default), then the repository default local CRS will be used.

◆ unloadGeometry()

void resqml2::UnstructuredGridRepresentation::unloadGeometry ( )

Unloads the geometry from memory.

Member Data Documentation

◆ XML_TAG

const char* resqml2::UnstructuredGridRepresentation::XML_TAG

static

The standard XML tag without XML namespace for serializing this data object.

The documentation for this class was generated from the following file:

C:/Users/philippe/dev/fesapiEnv/fesapi-2.0.0.0/src/resqml2/UnstructuredGridRepresentation.h

Public Member Functions

Static Public Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ UnstructuredGridRepresentation() [1/4]

◆ UnstructuredGridRepresentation() [2/4]

◆ UnstructuredGridRepresentation() [3/4]

◆ UnstructuredGridRepresentation() [4/4]

◆ ~UnstructuredGridRepresentation()

Member Function Documentation

◆ getCellCount()

◆ getCellFaceIsRightHanded()

◆ getConstantFaceCountOfCells()

◆ getConstantNodeCountOfFaces()

◆ getCumulativeFaceCountPerCell() [1/2]

◆ getCumulativeFaceCountPerCell() [2/2]

◆ getCumulativeNodeCountPerFace()

◆ getFaceCount()

◆ getFaceCountOfCell()

◆ getFaceCountPerCell()

◆ getFaceIndicesOfCells()

◆ getNodeCount()

◆ getNodeCountOfFaceOfCell()

◆ getNodeCountPerFace()

◆ getNodeIndicesOfFaceOfCell()

◆ getNodeIndicesOfFaces()

◆ getPatchCount()

◆ getXmlTag()

◆ getXyzPointCountOfPatch()

◆ hasGeometry()

◆ isFaceCountOfCellsConstant()

◆ isNodeCountOfFacesConstant()

◆ loadGeometry()

◆ setGeometry()

◆ setGeometryUsingExistingDatasets()

◆ setHexahedraOnlyGeometry()

◆ setHexahedraOnlyGeometryUsingExistingDatasets()

◆ setTetrahedraOnlyGeometry()

◆ setTetrahedraOnlyGeometryUsingExistingDatasets()

◆ unloadGeometry()

Member Data Documentation

◆ XML_TAG